35 evolution-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"Dip" positions at Loughborough University
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supportive environment, including mentoring, flexible working and development opportunities, to help all colleagues achieve their full potential. The closing date for this is 16th March 2026 at midnight
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holidays Paid leave day for your birthday Enrolment into company pension scheme with life assurance Free car parking at all venues Professional development opportunities Free meal on shift Free access
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academic guidance and study skills support to students, helping them to succeed and progress. Contribute to curriculum development and review, ensuring high-quality learning experiences. Work collaboratively
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entail a work based apprentice with the apprenticeship itself (24-month programme) due to commence in September 2026 or January 2027, which provides you with learning and development for you to complete
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professional development. Click here to find out more. Our Benefits: At Loughborough, our benefits are designed to support your life inside and outside of work, helping you to thrive and feel valued as part of
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providing business analysis, software development, application support, testing and systems management to a range of corporate IT systems, working closely with managers and professionals from across
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World-Class Environment for Performance Excellence Are you ready to lead the evolution of athlete support at the world’s leading sports university? Loughborough Sport is home to a globally unique
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information resources, and support for the development of information literacy, academic and research skills. This role supports the user experience by providing in person services within the Library building
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Student Gym Activators. We are looking for someone who leads by example, maintains a strong knowledge of industry trends, and is committed to ongoing professional development. For more information on the
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at Loughborough University by Prof. Alessia Pasquazi. It involves the development of novel approaches towards the realisation of compact optical frequency combs in microresonators. Key to the project success